The House That Grief Built

The Guise Salon in the Château de Chantilly, outside Paris, where the Duke and Duchess of Aumale had private apartments. The rooms reopened in February after a two-year restoration project. Credit: Sophie Lloyd
The Guise Salon in the Château de Chantilly, outside Paris, where the Duke and Duchess of Aumale had private apartments. The rooms reopened in February after a two-year restoration project. Credit: Sophie Lloyd
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The House That Grief Built

The Guise Salon in the Château de Chantilly, outside Paris, where the Duke and Duchess of Aumale had private apartments. The rooms reopened in February after a two-year restoration project. Credit: Sophie Lloyd
The Guise Salon in the Château de Chantilly, outside Paris, where the Duke and Duchess of Aumale had private apartments. The rooms reopened in February after a two-year restoration project. Credit: Sophie Lloyd

When visiting the newly restored private apartments of the Duke of Aumale at the Château de Chantilly outside Paris, you could easily think you were seeing the interiors of an 18th-century French castle. The rooms are sumptuous, with purple damask-covered walls, marquetry-inlaid furniture, parquet de Versailles floors and exquisitely carved boiseries, or wooden panels, depicting musical instruments and garden implements.

It all seems very grand, though these rooms were actually redone in the 19th century, but the décor is linked to utter tragedy.

In 1830, the Duke of Aumale, one of the eight children of the king, Louis Philippe d’Orléans, inherited the estate at 8, after its rightful heir was shot by a firing squad on Napoleon’s orders. The young duke attended school in Paris and chose a career in the army. He distinguished himself in military campaigns in Algeria.

In 1844, he married his cousin Marie-Caroline, the daughter of the Prince of Salerno and a grandniece of Marie Antoinette, and hired the fashionable society decorator and court painter Eugène Lami to design the interiors of the old private apartments in a ground-floor wing of the castle.

Then came the revolution of 1848. The monarchy fell, forcing the duke and his family into exile in England (with their furniture, fortunately). Chantilly was sold.

The duke could not return to France for more than 20 years, until the fall of the Second Empire in 1870, when Napoleon III was overthrown. In the meantime, the duke’s wife and older son had died in England. He returned to France only to witness his younger son die from an illness.

The duke regained ownership of Chantilly. In his grief, he re-created the old private rooms with their original contents, precisely as Lami had decorated them in the 1840s.

“These private apartments became his ‘cemetery,’ as he called them,” said Mathieu Deldicque, curator of the Condé Museum at Chantilly. “Furniture was placed precisely where it had been earlier.”

Eventually, the duke bequeathed the chateau to the Institute of France, so the décor and collections would be protected and open to the public. After his death in 1897, the private rooms were closed and remained closed until the 1990s.

Now, Mr. Deldicque has overseen the full, detailed restoration of the suite of rooms, a two-year project costing 2.5 million euros, about $2.8 million. The restoration included meticulously removing centuries of overpainting on the 18th-century boiseries, fixing the gold-inflected plaster cove ceilings, reinstalling elaborate curtains and swags, and reupholstering the furniture with elaborate trim. The rooms opened in February.

The New York Times



Quite Dramatic End to a Planet Swallowed by its Host Star

An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
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Quite Dramatic End to a Planet Swallowed by its Host Star

An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS
An artist's concept shows a ring of hot gas left after a star consumed a planet, in this undated illustration. NASA, ESA, CSA, Ralf Crawford (STScI)/Handout via REUTERS

In May 2020, astronomers for the first time observed a planet getting swallowed by its host star. Based on the data at the time, they believed the planet met its doom as the star puffed up late in its lifespan, becoming what is called a red giant.

New observations by the James Webb Space Telescope - sort of a postmortem examination - indicate that the planet's demise happened differently than initially thought, according to Reuters.

Instead of the star coming to the planet, it appears the planet came to the star, with disastrous consequences – a death plunge after an erosion of this alien world's orbit over time, researchers said.

The end was quite dramatic, as evidenced by the aftermath documented by Webb.

Reuters wrote that the orbiting telescope, which was launched in 2021 and became operational in 2022, observed hot gas likely forming a ring around the star following the event and an expanding cloud of cooler dust enveloping the scene.

“We do know that there is a good amount of material from the star that gets expelled as the planet goes through its death plunge. The after-the-fact evidence is this dusty leftover material that was ejected from the host star,” said astronomer Ryan Lau of the US National Science Foundation's NOIRLab, lead author of the study published in the Astrophysical Journal.

The star is located in our Milky Way galaxy about 12,000 light-years from Earth in the direction of the constellation Aquila.

A light year is the distance light travels in a year, 5.9 trillion miles (9.5 trillion km). The star is slightly redder and less luminous than our sun and about 70% of its mass.

The planet is believed to have been from a class called “hot Jupiter’s” - gas giants at high temperatures owing to a tight orbit around their host star.

“We believe it probably had to be a giant planet, at least a few times the mass of Jupiter, to cause as dramatic of a disturbance to the star as what we are seeing,” said study co-author Morgan MacLeod, a postdoctoral fellow at the Harvard-Smithsonian Center for Astrophysics.

Jupiter is our solar system's largest planet.

The researchers believe that the planet's orbit had gradually deteriorated due to its gravitational interaction with the star, and hypothesized about what happened next.

“Then it starts grazing through the atmosphere of the star. At that point, the headwind of smashing through the stellar atmosphere takes over and the planet falls increasingly rapidly into the star,” MacLeod said.

“The planet both falls inward and gets stripped of its gaseous outer layers as it plows deeper into the star. Along the way, that smashing heats up and expels stellar gas, which gives rise to the light we see and the gas, dust and molecules that now surround the star,” MacLeod said.

But they cannot be certain of the actual fatal events.

“In this case, we saw how the plunge of the planet affected the star, but we don't truly know for certain what happened to the planet. In astronomy there are lots of things way too big and way too 'out there' to do experiments on. We can't go to the lab and smash a star and planet together - that would be diabolical. But we can try to reconstruct what happened in computer models,” MacLeod said.

None of our solar system's planets are close enough to the sun for their orbits to decay, as happened here. That does not mean that the sun will not eventually swallow any of them.

About five billion years from now, the sun is expected to expand outward in its red giant phase and could well engulf the innermost planets Mercury and Venus, and maybe even Earth. During this phase, a star blows off its outer layers, leaving just a core behind - a stellar remnant called a white dwarf.

Webb's new observations are giving clues about the planetary endgame.

“Our observations hint that maybe planets are more likely to meet their final fates by slowly spiraling in towards their host star instead of the star turning into a red giant to swallow them up. Our solar system seems to be relatively stable though, so we only have to worry about the sun becoming a red giant and swallowing us up,” Lau said.